Question

Q1/ By using Proteus Professional program re-connect the experiment
(Inverting Amplifier) according to the following values and draw the
output:
Assume:
• AC Voltage Source = 5v
• Frequency = 50Hz
• VCC = 5v, VEE = -5v
• R1 = 1kΩ
• R2 (Rf) = 3kΩ
Then, calculate the voltage gain and Comment on the results!

Answer 1

Answer:

$x(xyyx)5221572755y \frac{ { \sqrt[.34445152225y2 + - \times - + \times \div \div \div 2 {..4552022255100521 \frac{0 \frac{x()(x \frac{ \frac{ \frac{? \times \frac{?}{?} }{?} }{?} }{?} }{?} \times \frac{?}{?} }{?} \times \frac{?}{?} \times \frac{?}{?} \times \frac{?}{?} \times \frac{?}{?} }^{?} \times \frac{?}{?} ]{?} }^{?} }{?} \times \frac{?}{?} \times \frac{?}{?}$

ggfrt the same time. I have

Answer 2

Answer:

Atlantic Microwave Amplifiers are designed to compensate for losses in microwave and RF signal paths, either between system components and across site or as a driver for high power transmission amplifiers.

The amplifiers operate in specific C, Ku, DBS and Ka uplink or downlink frequencies and some multi-band models provide the versatility of covering both up and down link frequencies. Alternatively, some models cover more than one link